search | carbon-capture
...Strategy says that carbon capture and storage, linked with mass production of low-carbon hydrogen, will be essential if the UK is to meet its carbon reduction targets. With the energy...
...to creating a hydrogen economy across North West England and North East Wales. Natural gas and fuel gases from the refinery will be converted into low carbon hydrogen, with carbon...
...Low carbon liquid fuels offer the highest carbon reduction impact for the lowest cost (Based on existing SAP 10.1 figures). Analysis also shows that sustainable, low carbon liquid fuels could...
...carbon and energy costs than most competitor countries, poorer incentives to develop low carbon technologies, and a policy environment that does not offer enough investor certainty. New policies are urgently...
...reduce their carbon emissions with Mabanaft. Offsetting works by compensating any CO2 emissions that arise from human and industrial activity. Mabanaft introduced a quick solution to make carbon offsetting easier...
...efficiency through high impact projects. • Carbon capture – investing on carbon capture technology for our full residue catalytic cracker units. • Fuel switching – manufacturing hydrogen via Vertex Hydrogen...
...zero. Blue hydrogen, integrated with carbon capture and storage, can provide the scale and reliability needed by industrial processes. It can also play an essential role in decarbonising hard-to-electrify industries...
...working towards the Fit for Hydrogen (F4H2) and Fit for Carbon Capture, Usage and Storage (F4CCUS) standards. The company’s Instrumentation Products Division Europe has joined forces with Zero Carbon Humber...
...carbon capture and storage activities, creating the environment for the energy supply chain to diversify into new markets at home and abroad.” UKIFDA, having lobbied for targets and timelines, also...
...time to start policy discussions with EU and national policy makers, and customer stakeholders to design the enabling policy framework for the deployment of these essential low-carbon fuels.” Low-carbon liquid...
...non-recyclable materials, that would otherwise go to landfill. The £3,979,113 funding secured from the Bioenergy with Carbon Capture and Storage (H2BECCS) Innovation Programme run by DESNZ, will be invested in...
...develop decarbonisation technologies like Carbon Capture at the scale needed to make a difference here in the UK. “The sector is already investing in carbon capture technology. An example is...
...associated with its production processes by 2030. That is two million tonnes of carbon emissions per year – 12.5% of all of the North West’s carbon emissions, thereby making a...
...Humber region, source of the UK’s largest industrial emissions. Other measures supporting the strategy outlining a ‘twin track’ approach to supporting multiple technologies including ‘green’ (electrolytic) and ‘blue’ (carbon capture-enabled)...
...targeted 10GW of hydrogen production by 2030 and the regulatory and policy framework supports low carbon energy production, as well as the development of low carbon hydrogen infrastructure, expertise and...
...proprietary physical process it undergoes which means the molecular clusters in X-Carbon don’t clump together, but rearrange into tiny micro-clusters. As soon as X-Carbon makes contact with the fuel in...
...150,000 tonnes per year of equivalent carbon dioxide in the char. They also have the potential to capture another 38,000 tonnes a year of carbon dioxide from the syngas produced....
...store. There will be lots of industrial clusters around the UK, like South Wales, the Thames, Ireland, where they can do carbon capture from industrial processes but, without a pipeline...